Determination of Stress Intensity Factors under Shock LoadingUsing a Diffraction-Based Technique
TURIS, M., IVÁNKOVÁ, O., BURIK, P., DRŽÍK, M.: Determination of Stress Intensity Factors under Shock LoadingUsing a Diffraction-Based Technique, In: Applied Sciences, Vol. 11, No. 4574, 2021, ISSN 2076-3417
Effect of Friction Coefficient Change on Internally Shaped Tubes Drawing Process Using Finite Elements Method
BOTKO, F., BELLA, P., HATALA, M., BERAXA, P., LEHOCKÁ, D., ŠUŤÁK, D.: Effect of Friction Coefficient Change on Internally Shaped Tubes Drawing Process Using Finite Elements Method, Vol. 51 (7), 2020, pp. 948-956, ISSN 1521-4052
Determination of ZnO Amount in Electric Arc Furnace Dust and Temperature Dependence of Leaching in Ammonium Carbonate by Using of X – Ray diffraction
HAVLÍK, T., MARUŠKINOVÁ, G., MIŠKUFOVÁ, A.: Determination of ZnO Amount in Electric Arc Furnace Dust and Temperature Dependence of Leaching in Ammonium Carbonate by Using of X – Ray diffraction, In: Archives of Metallurgy and Materials,…
Microstructure Characteristics of Fe-0.85Mo-3Mn0.5C Sintered Steel in Dependence on Sintering Conditions
SIMKULET, V., PARILÁK, Ľ.: Microstructure Characteristics of Fe-0.85Mo-3Mn0.5C Sintered Steel in Dependence on Sintering Conditions, In: Chemické listy, Vol. 106, 2012, p. 529-530, ISSN 1213-7103
Derivation, Testing and Application of a Practical Compaction Equation for Cold Die-Compacted Metal Powders.
PARILÁK, Ľ., DUDROVÁ, E., BIDULSKÝ, R., KABATOVÁ, M.: Derivation, Testing and Application of a Practical Compaction Equation for Cold Die-Compacted Metal Powders, In: Powder Technology, Vol. 322, 2017, p. 447-460, ISSN 0032-5910
